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The generalized nonlocal fractal calculus: an efficient tool for fractal circuit analysis.

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Bibliographic Details
Title: The generalized nonlocal fractal calculus: an efficient tool for fractal circuit analysis.
Authors: Banchuin, Rawid1 (AUTHOR) rawid.ban@siam.edu
Source: COMPEL. 2023, Vol. 42 Issue 6, p1744-1770. 27p.
Subjects: Calculus, Fractals, Electric circuits, Kernel functions, Fractal analysis, Degrees of freedom
Abstract: Purpose: The purpose of this paper is to propose a novel nonlocal fractal calculus scheme dedicated to the analysis of fractal electrical circuit, namely, the generalized nonlocal fractal calculus. Design/methodology/approach: For being generalized, an arbitrary kernel function has been adopted. The condition on order has been derived so that it is not related to the γ-dimension of the fractal set. The fractal Laplace transforms of our operators have been derived. Findings: Unlike the traditional power law kernel-based nonlocal fractal calculus operators, ours are generalized, consistent with the local fractal derivative and use higher degree of freedom. As intended, the proposed nonlocal fractal calculus is applicable to any kind of fractal electrical circuit. Thus, it has been found to be a more efficient tool for the fractal electrical circuit analysis than any previous fractal set dedicated calculus scheme. Originality/value: A fractal calculus scheme that is more efficient for the fractal electrical circuit analysis than any previous ones has been proposed in this work. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
Description
Abstract:Purpose: The purpose of this paper is to propose a novel nonlocal fractal calculus scheme dedicated to the analysis of fractal electrical circuit, namely, the generalized nonlocal fractal calculus. Design/methodology/approach: For being generalized, an arbitrary kernel function has been adopted. The condition on order has been derived so that it is not related to the γ-dimension of the fractal set. The fractal Laplace transforms of our operators have been derived. Findings: Unlike the traditional power law kernel-based nonlocal fractal calculus operators, ours are generalized, consistent with the local fractal derivative and use higher degree of freedom. As intended, the proposed nonlocal fractal calculus is applicable to any kind of fractal electrical circuit. Thus, it has been found to be a more efficient tool for the fractal electrical circuit analysis than any previous fractal set dedicated calculus scheme. Originality/value: A fractal calculus scheme that is more efficient for the fractal electrical circuit analysis than any previous ones has been proposed in this work. [ABSTRACT FROM AUTHOR]
ISSN:03321649
DOI:10.1108/COMPEL-03-2023-0113